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Human-Computer Interaction in Biodiversity Informatics. Workshop in association with the 22 nd annual HCIL Symposium and Open House Sponsored by NBII and NSF http://www.cs.umd.edu/hcil/biodiversity/workshop. Plan for the day. talks (with a break in the middle) lunch (maybe walk?) panel
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Human-Computer Interaction in Biodiversity Informatics Workshop in association with the 22nd annual HCIL Symposium and Open House Sponsored by NBII and NSF http://www.cs.umd.edu/hcil/biodiversity/workshop
Plan for the day • talks (with a break in the middle) • lunch (maybe walk?) • panel • demos • dinner
Biodiversity Biodiversity is the extraordinary variety of all life on Earth - from genes to species to entire ecosystems. -- Smithsonian Institution Monitoring and Assessment of Biodiversity Program How can we improve interaction with biodiversity information?
Informatics Modified from Wikipedia “Ecoinformatics” entry Facilitate research and management by developing ways to • access biodiversity data • integrate databases of biodiversity information computational services such as predictive models, analytical, and planning tools Information and problem-centered
Human-computer interaction Wikipedia “HCI” entry The study of interaction between people (users) and computers. • methodologies and processes for designing interfaces • methods for implementing interfaces • developing new interfaces and interaction techniques • developing descriptive and predictive models and theories of interaction People and task-centered
HCI in Biodiversity Informatics • reduction of information complexity (spatial, historical, numerical, etc.) for human scales • potential for cross-over with other domains focus on organisms -- names, attributes, habitats, localities • potential for non-expert users: education, outreach
Lunch table tomorrow Missing . . . data entry sensor nets algorithmic data mining text mining semantic web
Organization of speakers Biodiversity • plants (White, Jacobs) • fungi (Farr) • animals (Allen, Nardi) • multiple (Parr, Shapley, Guimbetrere) Science process problems and tasks • data collection (Farr, Jacobs) • data exploration and analysis (Parr, Guimbetrere, White) • education and outreach (Shapley, Allen) • cross-cutting (Nardi) Technology • identification (Farr, Jacobs) • information retrieval (White, Allen) • interactive data visualization (Parr, Guimbetrere, Shapley, White) • collaboration (Nardi) Researcher background • Biologist-turned-technologist (Parr, Allen, Farr) • HCI researcher (Nardi, Guimbetrere, Shapley) • Other (White, Jacobs) Approaches to biodiversity • Evolution (Guimbetrere, Farr, Shapley, Jacobs) • Ecology and Environment(Parr, Allen, White, Nardi)